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| Section | Objectives |
|---|---|
| Topic 1: Secure Windows Server hybrid infrastructures | - Security configuration
|
| Topic 2: Monitoring and troubleshooting | - System monitoring
|
| Topic 3: Manage hybrid compute and virtualization | - Virtual machines
|
| Topic 4: Implement and manage high availability | - Load balancing and redundancy
|
| Topic 5: Networking and storage infrastructure | - Networking
|
| Topic 6: Disaster recovery and migration | - Backup and restore
|
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NEW QUESTION # 240
You have a server that runs Windows Server. You plan to back up the server to an Azure Recovery Services vault once per week starting on the next Saturday. You need to schedule the weekly backup and perform the initial backup as soon as possible. In which order should you perform the actions? To answer, move all actions from the list of actions to the answer area and arrange them in the correct order.
Available actions and answer area
Answer:
Explanation:
Explanation:
1. Download the Microsoft Azure Recovery Services (MARS) agent and the Vault Credentials file. 2. Run the Microsoft Azure Recovery Services Agent Setup Wizard. 3. Run the Register Server Wizard. 4. From Microsoft Azure Backup, run the Schedule Backup Wizard. 5. From Microsoft Azure Backup, run the Back Up Now Wizard.
Setting up scheduled backups to an Azure Recovery Services vault begins with downloading the MARS agent installer together with its matching Vault Credentials file, then running the Agent Setup Wizard to actually install the agent software on the server. The Register Server Wizard is run next, binding the server to the vault using the downloaded credentials, and only once registration is complete can the Schedule Backup Wizard be used to define the recurring weekly policy, satisfying the requirement to back up once per week starting the next Saturday. Because the requirement also calls for performing the initial backup as soon as possible rather than waiting for the first scheduled run to occur naturally, the administrator finishes by running the Back Up Now Wizard, which triggers an on-demand backup immediately using the just-created policy ' s retention settings. Performing these steps out of order is not possible, since each wizard depends on artifacts -- the credentials file, the installed agent, server registration, or the backup policy -- produced by the step before it.
NEW QUESTION # 241
Note: This question is part of a series of questions that present the same scenario. Each question in the series contains a unique solution that might meet the stated goals. Your network contains an Active Directory Domain Services (AD DS) domain. The domain contains servers that run Windows Server and store BitLocker recovery keys in AD DS. A server named Server1 starts in BitLocker recovery mode. You need to identify the BitLocker recovery key for Server1. Solution: From Active Directory Users and Computers, you use BitLocker Recovery Password Viewer. Does this meet the goal?
Answer: A
Explanation:
The BitLocker Recovery Password Viewer is an optional snap-in for Active Directory Users and Computers, installed as part of the Remote Server Administration Tools BitLocker Drive Encryption Administration Utilities feature, that adds a dedicated BitLocker Recovery tab directly to a computer object ' s Properties dialog; once installed, opening Server1 ' s computer object and selecting that tab lists every BitLocker recovery password backed up to AD DS for that computer, each entry showing its password ID (matching the ms-FVE-RecoveryGuid) alongside the full 48-digit numerical recovery password (the ms-FVE- RecoveryPassword value) needed to unlock the drive at the recovery screen. This is Microsoft ' s own documented, purpose-built, and most administrator-friendly method for retrieving an AD DS-stored BitLocker recovery password, specifically because it presents the correct password value directly in a readable interface without requiring the administrator to manually navigate LDAP attributes or child objects the way a lower-level tool such as ADSI Edit would require. Because using this snap-in directly and correctly surfaces Server1 ' s actual recovery password value, exactly what is needed to unlock the server at its BitLocker recovery prompt, this solution fully meets the stated goal of identifying the BitLocker recovery key for Server1.
NEW QUESTION # 242
Your network contains an Active Directory Domain Services (AD DS) domain.
You need to implement a solution that meets the following requirements:
* Ensures that the members of the Domain Admins group are allowed to sign in only to domain controllers
* Ensures that the lifetime of Kerberos Ticket Granting Ticket (TGT) for the members of the Domain Admins group is limited to one hour Which three actions should you perform in sequence? To answer, move the appropriate actions from the list of actions to the answer area and arrange them in the correct order.
Answer:
Explanation:
Explanation:
Authentication policies and authentication policy silos work together to restrict where a set of privileged accounts can sign in and to control their Kerberos ticket lifetimes, but the policy must exist before a silo can reference it. An authentication policy is created first, defining the one-hour Kerberos TGT lifetime restriction and the sign-in restriction limiting authentication to domain controllers. An authentication policy silo is then created, and this silo references the authentication policy that was just created so the silo knows which restrictions to enforce for its members. Finally, the silo is assigned to the Domain Admins user and computer accounts, which is the step that actually enrolls those specific accounts into the silo ' s restrictions, causing both the sign-in restriction and the shortened TGT lifetime to take effect for Domain Admins members.
Skipping or reordering any of these three steps leaves the restrictions either undefined or unenforced, so create-policy, create-silo, then assign-accounts is the required sequence.
NEW QUESTION # 243
You have a server that runs Windows Server and contains 10 physical disks. You plan to implement storage spaces that will use the disks. You are evaluating whether to configure the following options:
* A two-way mirror
* A parity storage layout
What is the maximum number of disks that can fail without data loss for each option? To answer, select the appropriate options in the answer area.
NOTE: Each correct selection is worth one point.
Answer:
Explanation:
Explanation:
Two-way mirror: 1. Parity storage layout: 1.
A two-way mirror keeps exactly two copies of every block of data, regardless of how many total physical disks make up the storage pool; because there are only two copies, a two-way mirror can tolerate the loss of exactly one disk before data becomes unrecoverable -- this maximum tolerance is fixed at one disk no matter whether the pool has 4, 10, or 20 disks. A standard (single) parity storage layout, the default behavior when " Parity " resiliency is selected without explicitly requesting dual parity, computes and stores one parity block per stripe -- conceptually similar to RAID-5 -- which likewise tolerates the loss of exactly one disk regardless of the total disk count, since a single parity block can only reconstruct data lost from one failed disk at a time.
Dual parity, which can tolerate two simultaneous disk failures, is a distinct configuration that must be explicitly requested (for example, via New-VirtualDisk with -PhysicalDiskRedundancy 2) and requires a minimum number of disks (at least 7) to be available -- it is not the default outcome of simply choosing a parity layout with 10 disks on hand. Since the scenario describes a plain " parity storage layout " without specifying dual parity, both the two-way mirror and the parity layout in this comparison tolerate the same maximum of one disk failure before data loss.
NEW QUESTION # 244
You have an Azure virtual machine named VM1 that runs Windows Server.
The operating system on VM1 fails to start due to a disk error.
You need to resolve the error.
Which four commands should you run in sequence in Azure Cloud Shell? To answer, move the appropriate commands from the list of commands to the answer area and arrange them in the correct order.
Answer:
Explanation:
Explanation:
1. az extension add. 2. az vm repair create. 3. az vm repair run. 4. az vm repair restore.
The Azure VM repair commands are delivered as the vm-repair Azure CLI extension rather than as a built-in part of the core CLI, so az extension add, which installs that extension, is always the required first step before any az vm repair subcommand can be invoked in Cloud Shell. Once the extension is installed, az vm repair create copies VM1 ' s operating system disk and attaches that copy to a new, temporary repair virtual machine so it can be examined and worked on without further risking the original VM. The optional az vm repair run step then executes a diagnostic or fix-up script against the disk that is now attached to the temporary repair VM, allowing an administrator to inspect or repair the file system, boot configuration, or other disk-level issue that is preventing VM1 from starting. Finally, az vm repair restore swaps the repaired disk back onto the original VM1 in place of its damaged disk and cleans up the temporary repair VM and its associated resources, completing the recovery process and allowing VM1 to start normally again with its repaired disk.
NEW QUESTION # 245
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